Overfields: The Collective Field Intelligence above Large Language Fields (A Field Theory of Mind Book) by Rogério Figurelli
English | November 20, 2025 | ISBN: N/A | ASIN: B0G338768N | 423 pages | EPUB | 2.32 Mb
What if "general" AI is not a single model that knows everything, but a governed layer that coordinates many systems that must prove what they do and why?
Overfields begins from that shift. Instead of treating intelligence as one giant answer engine, the book asks what kind of architecture could sit above models, agents, search pipelines, AutoML stacks, and tool ecosystems, allowing them to cooperate without pretending that any one of them has become sovereign.
The problem matters now because AI systems are becoming increasingly distributed. A single enterprise workflow may include large language models, retrieval systems, agents, evaluators, code generators, data pipelines, security policies, human reviewers, and external tools. Each component may work locally, yet the whole system may still fail when outputs move across audiences, providers, policies, venues, and time. The harder problem is no longer only model capability. It is governed coordination.
This book proposes Overfields as a federated layer above intelligent systems: a field of fields where models, agents, and pipelines become pluggable field-capsules. Each capsule must declare what signals it needs, which audience it must convince, how far it may move under change, what proof it carries, and how that proof can be re-established when conditions shift. Under this view, generality is not raw reach. Generality is the ability to preserve coherence across fields without losing evidence, accountability, or control.
The framework is organized around three primitives: couplings, gauges, and corridors. Couplings define who conditions whom, and with what weight. Gauges bind explanations to the audiences that must rely on them, including public, regulatory, technical, and executive audiences. Corridors define bounded drift, bounded verification effort, and stop-loss conditions. A claim may move only if the route that carries it remains legible, replayable, and corrigible.
The distinction matters because future AI systems will not become trustworthy merely by adding more agents, more tools, more benchmarks, or more orchestration. A multi-agent system can become more capable while becoming less governable. An AutoML stack can optimize while hiding why one path survived. A search pipeline can discover while failing to explain what should be promoted. Overfields argues that promoted claims need receipts, rollback, audience-aware explanation, and tamper-evident continuity before they deserve authority.
As part of the Field Theory of Mind line, this book treats Overfields as a theoretical and propositive architecture for collective field intelligence above Large Language Fields. It does not claim that AGI or ASI has been achieved. It asks what kind of governance-first layer would be required before broadly competent systems could coordinate across models, fields, venues, and providers in a reproducible way. The book's contribution is to turn "generality" from a vague aspiration into a governed property.
This book is recommended for AI architects, enterprise architects, researchers, governance teams, MLOps leaders, AutoML practitioners, platform strategists, agent builders, and readers interested in the architecture of future intelligence.
Beyond this primary audience, it also applies to any person, organization, or machine-mediated system seeking responsible answers to the questions below.
What makes an AI system general: reach, coordination, proof, or governed movement across fields?
How can many models, agents, and pipelines cooperate without hiding cause, evidence, or responsibility?
When should a claim be promoted, held, rolled back, or re-proved inside a larger intelligent system?
Moreover, if the future of AI is not one mind but many fields acting together, what overfield will govern what they are allowed to become?
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